The phrase "adhesive performance" is correct and usable in written English.
It can be used when discussing the effectiveness or quality of an adhesive in various applications, such as construction, manufacturing, or product design.
Example: "The adhesive performance of this new glue has been tested under extreme conditions, proving its reliability."
Alternatives: "bonding effectiveness" or "adhesion quality".
Historical tests used to measure adhesive performance (peel adhesion, tack, and shear strength) were originally developed for industrial pressure sensitive tapes and these tests are dependent on substrates, backing materials, and test parameters 1. Adhesion —force to remove adhesive from a defined substrate.
Testing the bone adhesion strength and other aspects of the adhesive performance is extremely complex.
Their chemical formulation determines to a large extent their adhesive performance in clinic.
This article provides a framework for further discussion and scientific work to improve transdermal adhesive performance.
It was found that the triazole groups also contributed to the overall adhesive performance.
The effects of the monosaccharide architecture in the acrylate monomers on the adhesive performance of the acrylic PSAs were investigated.
However, there was no difference in their adhesive performances regardless of the different chemical structures of monosaccharide acrylate monomers.
Their adhesive performances were assessed by shear bond strength testing and their degradation measured by NMR, HPLC-MS.
With increasing monosaccharide acrylate concentration in the acrylic PSAs, adhesive performances such as the peel strength, cohesion strength, and probe tack were increased.
In this work, the excellent anti-adhesive performance of maize leaf under high temperature and humidity were investigated in detail.
The mechanism of its excellent anti-adhesive performance of maize leaf under high temperature and relative humidity was revealed.
